In this paper the exact frequency response of symmetric piecewise linear vibration isolator will be reviewed. The frequency response In this paper the exact frequency response of symmetric piecewise linear vibration isolator will be reviewed. The frequency response of the system are calculated and detailed sensitivity analysis is presented. The method of obtaining the exact frequency response of piecewise linear vibration isolator is based on combining together the linear solutions of different segments within the cycle of motion of the system. In this paper set of graphs for different parameters of the system that illustrates the sensitivity of the system have been provided. The analysis of the impact of parameters of the system on its beh...
A comprehensive optimal design solution is presented for piecewise-linear vibration isolation system...
The vibration transmissibility characteristics of a single-degree-of- freedom (SDOF) passive vibrati...
The characteristics of a passive nonlinear isolator are developed by combining a curved-mount-spring...
An adapted averaging method is employed to obtain an implicit function for frequency response of a b...
Vibration isolator with dual rate spring and damper was proved to be a reliable suspension system si...
In this paper an investigation is carried out to classify the steady state responses of asymmetric p...
Piecewise linear isolators are smart passive vibration isolators that provide effective isolation fo...
In this paper, we analyze the frequency response of a piecewise linear suspension system. Dynamical ...
Non-smooth piecewise functional isolators are smart passive vibration isolators that can provide eff...
Many vibration isolators can be modeled with a discontinuity in the stiffness and damping coefficien...
In this paper, vibration transmissibility of a single-degree-of-freedom (SDOF) for a mass-springdamp...
An investigation using averaging method is carried out to obtain the frequency response of a class o...
The achievable dynamic performance in high-precision systems by applying light and stiff design prin...
Piecewise linear systems being highly non-linear, standard perturbation methods cannot produce an an...
This paper explores the potential of the piecewise linear vibration absorber in a system subject to ...
A comprehensive optimal design solution is presented for piecewise-linear vibration isolation system...
The vibration transmissibility characteristics of a single-degree-of- freedom (SDOF) passive vibrati...
The characteristics of a passive nonlinear isolator are developed by combining a curved-mount-spring...
An adapted averaging method is employed to obtain an implicit function for frequency response of a b...
Vibration isolator with dual rate spring and damper was proved to be a reliable suspension system si...
In this paper an investigation is carried out to classify the steady state responses of asymmetric p...
Piecewise linear isolators are smart passive vibration isolators that provide effective isolation fo...
In this paper, we analyze the frequency response of a piecewise linear suspension system. Dynamical ...
Non-smooth piecewise functional isolators are smart passive vibration isolators that can provide eff...
Many vibration isolators can be modeled with a discontinuity in the stiffness and damping coefficien...
In this paper, vibration transmissibility of a single-degree-of-freedom (SDOF) for a mass-springdamp...
An investigation using averaging method is carried out to obtain the frequency response of a class o...
The achievable dynamic performance in high-precision systems by applying light and stiff design prin...
Piecewise linear systems being highly non-linear, standard perturbation methods cannot produce an an...
This paper explores the potential of the piecewise linear vibration absorber in a system subject to ...
A comprehensive optimal design solution is presented for piecewise-linear vibration isolation system...
The vibration transmissibility characteristics of a single-degree-of- freedom (SDOF) passive vibrati...
The characteristics of a passive nonlinear isolator are developed by combining a curved-mount-spring...